In Eq. (4), E loc ( r i ) Open image in new window is the local electric field (i.e., the electrical field at the position of ith dipole) which is the sum of incident electric field and the electric field due to the rest of point dipoles in the suggested array for the object under examination [35]: E loc ( r i ) = E i n c, i − ∑ j ≠ i A ij P j Open image in new window (5).
The real part of the sum of the electric fields at the ground produces a sinusoidal variation in electric field strength on the ground with a wavelength ( raisebox{1ex}{$lambda $} left/ raisebox{-1ex raisebox{-1ex $}{ight. ) that moves with a velocity 2u and is given by R(x)kern0.5em =kern0.5em 2{E}_0 cos kern0.5em left(frac{2pi sin theta }{lambda }-frac{2{omega}_0ut sin theta }{c}right).
This means that the total electric and magnetic fields can be represented as the sum of individual electric and magnetic fields due to specific sources.
The sum of two electric values, 36.75 kW h, was estimated as electricity usage for 1 tonne of food waste treatment by co-digestion.
In Equation 5, E loc ( r i ) Open image in new window is the local electric field (i.e., the electrical field at the position of i th dipole) which is the sum of the incident electric field and the electric field due to the rest of point dipoles in the suggested array for the object under examination [53]: E loc ( r i ) = E inc, i − ∑ j ≠ i A ij P j, Open image in new window (6).
This phenomenon indicates that the total electric field, which is the sum of the external electric field and the built-in field of the graphene channel, can be affected by applying a biased source-drain voltage.
Spike rate increased with current level of the electric stimulus, but an increase in spike rate seen in EAS was not equal to the sum of the respective electric and acoustic firing rates.
Thus, ion motion in SLIM is driven by a combination of forces produced by the sum of the DC electric field E DC and the effective potential field E eff : Here z is the charge state of the ion, and e is the elementary charge; the total force F, as well as E DC and E eff, are 3D vector functions of coordinates X, Y, and Z.
In male group, the sum of mean values of electric potentials in central occlusion of temporal muscles and masseters on the right and left side was higher and statistically significantly different than in female group (Table 5).
